Investigation of 1064-nm laser damage mechanism of neutral density filter

Investigation of 1064-nm laser damage mechanism of neutral density filter

Citation

  • Authors: 刘岩岩, 韩敬华, 段涛, 牛瑞华, 孙年春, 高翔 / LIU Yan-Yan, HAN Jing-Hua, DUAN Tao, NIU Rui-Hua, SUN Nian-Chun, GAO Xiang
  • Article Title: 1064 nm 激光对中性密度滤光片的损伤机理研究 / Investigation of 1064-nm laser damage mechanism of neutral density filter
  • Journal Name: 物理学报 / Acta Physica Sinica
  • Year of Publication: 2012
  • Volume and Issue Number: 61(7)
  • Article Number: 076102

Keywords

  • neutral density filter
  • impurity particle-induced damage
  •  damage mechanism
  • 1064 nm laser
  • 激光损伤 / laser damage
  • 损伤机理 / damage mechanism
  • 薄膜 / thin film
  • 应力 / stress
  • 损伤阈值 / damage threshold
  • 表面形貌 / surface morphology
  • Nd:YAG 激光器 / Nd:YAG laser

Brief

This article investigates the damage mechanism of neutral density filters under 1064 nm laser irradiation, focusing on the relationship between laser energy density and the resulting morphological changes and stress distribution on the filter surface.

Summary

This article investigates the damage mechanism of neutral density filters under 1064 nm laser irradiation, focusing on the relationship between laser energy density and the resulting morphological changes and stress distribution on the filter surface.

Origin:

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